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Query: UMLS:C0008031 (chest pain)
 17,248 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

Emergency physicians often encounter patients in pain and may also have to cope with other problems (eg, alcohol intoxication, a patient's stubborn will to drive after the emergency department visit, narcotic "allergy"). Novel approaches can be used to treat these patients. Dr Heller discusses such approaches, including measures for treating patients with drug-seeking behavior (eg, use of nonnarcotic parenteral agents), and describes treatment options for patients with such specific conditions as hypotension, chest pain, and renal colic.
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PMID:Emergency management of acute pain. New options and strategies. 150 81

Studies have demonstrated that 4% to 10% of patients with chest pain and acute myocardial infarction (AMI) are discharged from the emergency department. The patient with an atypical presentation of AMI is difficult to diagnose and has been demonstrated to have an associated increased risk of morbidity and mortality. A case is reported of a patient with AMI presenting to the emergency department with flank pain and tenderness, mimicking acute renal colic.
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PMID:Acute myocardial infarction presenting as flank pain and tenderness: report of a case. 193 Mar 94

The study objectives, based on federal and state legislative language, were to objectively define symptoms and signs commonly agreed on by "prudent laypersons" as "emergency medical conditions." After comprehensive tabulation of symptom classifications from the International Classification of Diseases (ICD-9), we performed a survey of nonmedical laypersons. Data analysis included descriptive statistics, proportional calculations, and 95% confidence intervals. A minority of symptoms and signs (25/87, 29%) were considered emergency medical conditions by more than half of nonmedical survey respondents who were self-defined as prudent laypersons. The leading conditions deemed emergencies were loss of consciousness, seizure, no recognition of one side of the body, paralysis, shock, gangrene, coughing blood, trouble breathing, chest pain, and choking. Pain, except for renal colic or chest pain, was not considered an emergency. No symptoms or signs specifically related to gynecologic disorders were considered emergencies. Most symptoms and signs tabulated in the diagnostic coding manual, ICD-9, are not considered emergency medical conditions by self-designated prudent laypersons. These include many conditions that are commonly investigated and treated in the emergency department setting. Use of the prudent layperson standard for reimbursable emergency health services may not reflect the actual scope of symptoms necessitating emergency care.
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PMID:The "prudent layperson" definition of an emergency medical condition. 1178 4

A physiologically fit 91-year-old gentleman presented with sudden onset chest pain, breathlessness and cardiovascular compromise associated with vomiting. He was treated for renal colic, community-acquired pneumonia and pulmonary embolism before a formal diagnosis of Boerhaave's syndrome was made. The patient was prepared for emergency surgery, unfortunately his condition deteriorated rapidly and he was subsequently managed conservatively. He died 2 days later. Diagnosis and treatment of Boerhaave's syndrome are often delayed. Treatment options for Boerhaave's syndrome include conservative measures, endoscopic interventions and surgery. Chest pain is a common presentation on the acute medical take. Boerhaave's syndrome is a rare cause of chest pain, which may mimic other conditions but should not be missed due a high death rate.
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PMID:Another case of chest pain on the acute medical take! 2286 9

Appropriate deliberate clinical inertia refers to the art of doing nothing as a positive clinical response. It includes shared decision-making to improve patient care with the use of clinical judgement. We discuss common clinical scenarios where the use of deliberate clinical inertia can occur. The insertion of peripheral intravenous cannulae, investigating patients with suspected renal colic and the investigation of low risk chest pain are all opportunities for the thoughtful clinician to 'stand there' and use effective patient communication to avoid low value tests and procedures. Awareness is key to identifying these opportunities to practice deliberate clinical inertia, as many of the situations may be so much a part of our environment that they are hidden in plain view.
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PMID:'What the hell is water?' How to use deliberate clinical inertia in common emergency department situations. 2969 88

Introduction and aim Pain is a frequent symptom in emergency patients and opioids are commonly used to treat it at emergency departments and at pre-hospital settings. The aim of this systematic review is to examine the efficacy and safety of parenteral opioids used for acute pain in emergency medicine. Method Qualitative review of randomized controlled trials (RCTs) on parenteral opioids for acute pain in adult emergency patients. Main outcome measures were: type and dose of the opioid, analgesic efficacy as compared to either placebo or another opioid and adverse effects. Results Twenty double-blind RCTs with results on 2322 patients were included. Seven studies were placebo controlled. Majority of studies were performed in the emergency department. Only five studies were in prehospital setting. Prehospital studies Four studies were on mainly trauma-related pain, one ischemic chest pain. One study compared two different doses of morphine in mainly trauma pain showing faster analgesia with the larger dose but no difference at 30 min postdrug. Three other studies on the same pain model showed equal analgesic effects with morphine and other opioids. Alfentanil was more effective than morphine in ischemic chest pain. Emergency department studies Pain models used were acute abdominal pain seven, renal colic four, mixed (mainly abdominal pain) three and trauma pain one study. Five studies compared morphine to placebo in acute abdominal pain and in all studies morphine was more effective than placebo. In four out of five studies on acute abdominal pain morphine did not change diagnostic accuracy, clinical or radiological findings. Most commonly used morphine dose in the emergency department was 0.1 mg/kg (five studies). Other opioids showed analgesic effect comparable to morphine. Adverse effects Recording and reporting of adverse effects was very variable. Vital signs were recorded in 15 of the 20 studies (including all prehospital studies). Incidence of adverse effects in the opioid groups was 5-38% of the patients in the prehospital setting and 4-46% of the patients in the emergency department. Nausea or vomiting was reported in 11-25% of the patients given opioids. Study drug was discontinued because of adverse effects five patients (one placebo, two sufentanil, two morphine). Eight studies commented on administration of naloxone for reversal of opioid effects. One patient out of 1266 was given naloxone for drowsiness. Ventilatory depression defined by variable criteria occurred in occurred in 7 out of 756 emergency department patients. Conclusion Evidence for selection of optimal opioid and dose is scarce. Opioids, especially morphine, are effective in relieving acute pain also in emergency medicine patients. Studies so far are small and reporting of adverse effects is very variable. Therefore the safety of different opioids and doses remains to be studied. Also the optimal titration regimens need to be evaluated in future studies. The prevention and treatment of opioid-induced nausea and vomiting is an important clinical consideration that requires further clinical and scientific attention in this patient group.
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PMID:Parenteral opioids in emergency medicine - A systematic review of efficacy and safety. 2991 51